Define the route
Capture the source, destination, network path, endpoints, and operational transfer window.
RIPTON CLOUD solutions
Large-file transfer for the paths your teams cannot simplify.
One focused transfer layer for moving prepared files and directories between endpoints—designed for difficult networks, mandatory encryption, and practical desktop operation.
Evaluated transfer path
01
Source storage
02
RIPTON sender
03
RIPTON receiver
04
Destination storage
Start with the transfer path
The same product. Different operational pressure.
The core transfer problem stays consistent. The buyer, workload, surrounding systems, and consequence of delay change by environment.
Core solution
Transfer with confidence across difficult networks.
Move large files and file-heavy directories across high-latency, lossy, and long-distance network paths with RIPTON CLOUD.
01
Production handoffs
Media & VFX
Move dailies, VFX plates, renders, masters, and production archives across difficult long-distance paths with RIPTON CLOUD.
Explore solution →02
Fixed transfer windows
Enterprise IT
Use RIPTON CLOUD as the encrypted data-movement layer for large exports, seeds, archives, and infrastructure handoffs across difficult WAN paths.
Explore solution →03
Time-to-data
Research & HPC
Move sequencing output, simulations, imagery, and other large research datasets across difficult long-distance network paths with RIPTON CLOUD.
Explore solution →04
Controlled exchange
Financial Services
Securely move large financial datasets, reporting packages, and partner deliveries with scoped access, audit events, and explicit retention boundaries.
Explore solution →05
Builds and asset trees
Game development
Game studios move multi-gigabyte builds, source-asset trees with hundreds of thousands of files, and playtest capture between sites, outsourcers and publishers. RIPTON CLOUD packages the tree once and moves it as one encrypted stream.
Explore solution →06
Field to office
Geospatial & survey
Transfer drone imagery, LiDAR point clouds, satellite scenes and survey deliverables between field teams, processing centres and clients with RIPTON CLOUD, as single encrypted packages over long or unreliable links.
Explore solution →07
Data to compute
AI & ML datasets
Transfer AI and machine-learning datasets, model checkpoints and evaluation sets between object storage, on-premises clusters and partner labs with RIPTON CLOUD: file-heavy corpora as one package, encrypted end to end, over long routes.
Explore solution →08
Venue to network
Broadcast & live sports
Move file-based broadcast content, camera-card offloads, highlight packages, graphics and finished masters, between venues, OB units, post houses and networks with RIPTON CLOUD. File transfer, not live contribution.
Explore solution →09
Between organisations
Life sciences
Transfer genomic sequencing output, microscopy and imaging datasets, and clinical study files between labs, contract research organisations and sponsors with RIPTON CLOUD: file-heavy runs as one encrypted package, with delivery records.
Explore solution →10
Firms and sites
Architecture, engineering & construction
Transfer BIM and CAD models, laser-scan point clouds, drawing sets and site capture between architects, engineers, contractors and clients with RIPTON CLOUD: large, file-heavy project folders as one encrypted package, with delivery records.
Explore solution →11
Client delivery
Creative agencies
Creative, video and marketing agencies send finished masters, campaign asset packs and raw footage to clients, production partners and media owners with RIPTON CLOUD: folders as one encrypted package, recipients who need no account, and published flat pricing.
Explore solution →Operational workflows
Move beyond one-off transfers.
Apply the transfer platform to secure external collaboration and managed file-transfer operations. Product features such as public links, Shared Inboxes, and automation are documented under Platform.
01
Sending to people
Send large files
Send large files and whole folders to colleagues, clients, and partners with RIPTON CLOUD: from a browser or RIPTON Desktop, encrypted on every packet, with recipients who need no account and no paid seat.
Explore solution →02
File-heavy workloads
Large directory transfer
Transfer large directories, image sequences, and dataset trees with RIPTON CLOUD without per-file overhead: files travel and are stored as a single package, structure intact, from a browser or RIPTON Desktop.
Explore solution →03
Retire the FTP server
FTP and SFTP replacement
Replace FTP and SFTP for large files and partner handoffs with RIPTON CLOUD: browser links instead of server accounts, accelerated transfer over distance, mandatory encryption, delivery records and expiry, with the parts of SFTP you still need left in place.
Explore solution →04
Inbound files
File upload portal and file requests
A file upload portal and file request workflow for large files with RIPTON CLOUD: public upload links, Shared Inboxes with approvals, expiring scoped access, no accounts for senders, and a durable destination your team owns.
Explore solution →05
Remote and multi-site
Distributed and remote teams
Large file transfer for distributed and remote teams with RIPTON CLOUD: accelerated transfer across long-distance and home-network links, browser and desktop paths, transfer nodes near each site's storage, SSO and roles, and one place to see every transfer.
Explore solution →06
External collaboration
Secure partner exchange
Use scoped external access, expiring invitations, shared inboxes, package policies, and audit events for secure partner file exchange.
Explore solution →07
Platform operations
MFT Platforms
Coordinate secure large-file movement with shared inboxes, public flows, schedules, pipelines, webhooks, scoped API credentials, and operational visibility.
Explore solution →Use your workload
Test representative files and directories instead of a synthetic number with no buyer context.
Review the evidence
Document conditions, compare the baseline, and review the result with the technical owners.
Choose the evidence over the slogan
Bring the transfer path that is slowing the workflow down.
We will help define a focused evaluation around the actual workload, endpoints, network conditions, and current baseline.
Benchmark your transfer path